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0.00 € - 250.00 €

Approximate and non-binding values. For more information, consult the product's technical sheet. Glossary of terms

Pellet extruders

Desktop or industrial pellet extruders (robotic arms and complete systems) enable flexible additive manufacturing on a small or large scale with a wide range of polymers in pellet format.

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PE320 extruder - Rapid Fusion

Industrial-grade pellet extruder. Compatible with CNC machines and robots.

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Dyze Pulsar™ Atom

Dyze Pulsar™ Atom Pellet Extruder

Highly precise pellet extruder for large scale extrusion. Ideal for high temperature materials.

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Extrusor de pellets Dyze Pulsar

Dyze Pulsar™ Pellet Extruder

High-flow pellet extruder for large-scale, high-speed 3D printing.

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E40 extruder - CEAD

E40 extruder - CEAD

E40 pellet extruder compatible with robotic arms, CNC machines or the AM Flexbot.

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E50 extruder - CEAD

E50 extruder - CEAD

E50 pellet extruder compatible with robotic arms, CNC machines or the AM Flexbot.

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S25 extruder - CEAD

S25 extruder - CEAD

S25 pellet extruder compatible with robotic arms, CNC machines or the AM Flexbot.

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E25 extruder - CEAD

E25 extruder - CEAD

E25 lightweight pellet extruder mountable on a robotic arm, a CNC machine or the AM Flexbot.

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Mahor extruder screw

Mahor extruder screw

Hardened steel extruder screw for Mahor V4 pellet extruder.

In the realm of pellet extrusion, various solutions cater to distinct needs and applications, ranging from compact desktop setups to industrial-grade systems. Compact pellet extruders offer versatility and convenience, with options mountable on any FDM 3D printer, dedicated pellet 3D printers, or hybrid machines capable of simultaneous filament extrusion. An interesting option are compact injection molding machines that melt and inject the provided pellets into molds. These solutions enable users to efficiently convert raw polymer pellets into filament or directly 3D print or mold parts. These solutions provide immense flexibility for prototyping, small-scale production, and research endeavors.

For industrial-grade applications, extruders mountable on robotic arms and entire systems for large format additive manufacturing (LFAM) offer robust performance and scalability. These solutions are engineered to handle high volumes of pellets with precision and consistency, ensuring continuous operation for mass manufacturing processes. With customizable features and advanced software capabilities, users can tailor these systems to meet specific production requirements, optimizing efficiency and throughput while maintaining quality standards.

When it comes to pellet extrusion, there are also specialized desktop solutions for filament production, featuring integrated or separate shredders and spoolers for efficient processing of raw pellets or shredded plastic. These compact setups offer a streamlined approach to filament manufacturing, allowing users to produce customized filament with ease. Whether for experimenting with unique materials, adding colorants or optimizing filament properties for specific applications, these desktop solutions provide a versatile and accessible option for filament production in research labs, educational institutions, and small-scale manufacturing facilities.